This resource explores how you can use The Writing Revolution sentence-level activities in Mathematics to build better writers and deepen mathematical understanding.
This site offers the opportunity for high school students to enter an algebra problem to see how it is best solved.
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Many of you are planning on taking the Calculus AB advanced placement exam. These are example problems taken directly from previous years' exams. Even if you aren't taking the exam, these are very useful problem for making sure you understand your calculus (as always, best to pause the videos and try them yourself before Sal does).
This video covers integration to find average value of a function. using a graphing calculator to calculate definite integrals.
This video looks at approximating rate of change and total area under a curve. Trapezoidal sums to approximate integrals.
This video looks at the second fundamental theorem of calculus application.
This video looks at the equation of a tangent line and area between curves.
This video looks at disk method to find the volume of a solid generated by rotation of a function.
This video looks at Taking derivatives and integrals of strangely defined functions.
This video looks at the absolute maximum over an interval. critical points and differentiability.
This video looks at Finding the points of inflection for a strangely defined function.
This video looks at the mean Value Theorem and differentiability.
This video looks at using a tangent line to extrapolate a function from a known initial condition.
This video looks at using the second derivative to judge whether an approximation with the tangent line is an overestimate or underestimate.
This video looks at solving a differential equation using separation of variables.
This video looks at the continuity of piecewise-defined functions.
This video looks at the derivative of a piecewise-defined function.
This video looks at the average value of a piecewise-defined function on an interval.
This video looks at the Velocity and acceleration vectors for particle.